廣州市物理光學與數(shù)字信號專業(yè)成績單課程英文名怎么翻譯

物理光學與數(shù)字信號處理都是大學里面光電信息工程專業(yè)必修課程，很多學生在畢業(yè)后，涉及到進修或者出國要進行成績單翻譯，用成績單翻譯件證明原件的真實性和有效性，課程名的英文翻譯是其中的重點，翻譯時一定要保證他的正確性，一下是譯聯(lián)根據(jù)院校提供的參考內容，整理出兩門課程的中英文介紹。

課程中文名稱：物理光學

成績單翻譯的課程英文名稱：Physical Optics

課程簡介：

物理光學是一門將光作為電磁波并用電磁理論研究光的傳播規(guī)律和特性的基礎課程，它是光學領域中最基礎但又異?；钴S的重要組成部分。課程將以光的波動為主基調，運用麥克斯韋電磁理論分析光在各向同性介質和各向異性介質中的傳播規(guī)律、光的干涉、光的衍射、光的偏振等特性。使學生從光波動的本質上認識光的傳播及光與物質相互作用過程中所遵循的規(guī)律，掌握物理光學的基本原理和分析方法，了解物理光學的新技術、新應用和新成就。本課程為學生未來從事光、電、儀器及相關技術領域的學習、研究、開發(fā)打下重要基礎。

Course Description：

Physical Optics is a foundation course focused on the study of light propagation laws and characteristics by taking light as an electromagnetic wave and using electromagnetic theory, and it is not only the most important foundation but also an extraordinarily active part in optics field. The course introduces the propagation laws of light in isotropic and anisotropic materials based on the wave-motion of light and Maxwell electromagnetic theory. The optical characteristics of interference, diffraction and polarization of light are introduced. Through the study of the course, students will understand the propagation laws of light and the interaction between light and materials at the viewpoint of wave-motion nature of light, learn the basic theories and analytical methods of physical optics, and know the new technology, new achievements and new applications of physical optics. The course will benefit the students in further study, research and development in the fields of optics, electronics, instrument and relative field.

課程中文名稱：數(shù)字信號處理

成績單翻譯的課程英文名稱：Digital Signal Processing

課程簡介：

數(shù)字信號處理課程是電子類、信息類等專業(yè)的重要專業(yè)基礎課，是一門理論性較強的課程。本課程以離散傅里葉變換和數(shù)字濾波器為重點，強調離散時間信號和系統(tǒng)的基本理論和分析方法，強調理論與實踐、原理與應用相結合。

課程主要內容為：信號的取樣理論及其應用；離散時間信號和系統(tǒng)在時域、頻域和 Z 域的分析方法；離散傅里葉變換的概念、計算及其應用；數(shù)字濾波器的結構、IIR 濾波器和 FIR 濾波器的設計原理。

本課程旨在奠定學生在數(shù)字信號處理領域的基本理論基礎，通過理論知識與應用方法的有機結合，培養(yǎng)學生利用數(shù)字信號處理方法解決實際問題的能力。為學生未來從事電子、信息及相關技術領域的學習、研究、開發(fā)打下重要的基礎。

Course Description：

Digital Signal Processing is a professional basic course for students majoring electronics and information, and it is a course with strong theoretical requirements. In this course, Discrete Fourier Transform and Digital Filter are the main points. We focus on the basic theory and analytical method on discrete time signal and system. We emphasis on the combination of theory and practice, and we also focus on the relationship between principle and application.

The main points of course are: Sampling theory of signal and its application; analytical method for discrete-time signal in time-domain, frequency domain and z-domain; concept, computation and application of Discrete Fourier Transform; basic structure of digital filter; and the design principle of FIR and IIR filter.

The purpose of this course is to help students to establish a theoretical basis in digital signal processing field. Through combination of theoretical knowledge and practical application, students are trained to have the ability of solving practical problems using basic digital signal processing methods. The course will benefit the students in further study, research, and development in the fields of electronics and information.

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